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The future of the manufacturing industry lies in additive manufacturing

The advent of additive manufacturing – better referred to as 3D printing – has opened an entire host of opportunities for manufacturers trying to find the competitive advantage offered by having their products designed and created as quickly as possible. Furthermore, advances and developments in 3D printing technology have contributed to the increase of ‘digital manufacturing’ across Europe, powering forward the digital economy and allowing the subsequent generation of ‘makers’ to bring their ideas to plug, and at speed. it's clear that additive manufacturing is business for today’s manufacturing industry.

3D printing- from hobby to major technology advancement

The news has recently been awash with stories of major 3D printing breakthroughs. 3D printed limbs, bones, and even 3D printed skin are hitting our headlines demonstrating how 3D printing is revolutionizing the healthcare industry, and indeed many other industries across the planet . Additive manufacturing has the potential to vary in today’s manufacturing sector especially and may transform modern factory floors. Indeed, organizations like Proto Labs are already harnessing the facility of additive manufacturing. Developers can upload a 3D computer-aided design (CAD) file onto the company’s website, with an interactive quote for that style being rotated during a matter of hours. this type of fast response and rapid prototyping is delivering speed and efficiency benefits to today’s manufacturer.

Accelerating innovation

One priority for today’s manufacturer is ensuring speed to plug to stay up with the accelerating pace of consumer and customer demands. The question is: how are fast production times achieved without compromising on quality? In the past, many UK manufacturers have had to offshore their manufacturing base for the rapid production of parts while keeping operational costs to a minimum. the sweetness of investing in additive manufacturing is that it allows manufacturers to re-shore their manufacturing base back to the united kingdom – as fast mass customization, at a coffee cost, are often delivered reception and closer to the customer.

Additionally, by harnessing additive manufacturing technology, the united kingdom manufacturing sector can stay before the competition because it helps to enhance the work prospects for young STEM (science, technology, engineering, and maths) talent. for instance, a young creative designer or software developer might not remember that they will start a producing career. because the worlds of hardware and software converge, the manufacturing sector needs the brightest and best in IT talent, to assist accelerate innovation within the new era of ‘high-tech’ manufacturing.

By harnessing additive manufacturing technology, the united kingdom manufacturing sector can stay before the competition


Additive manufacturing has the potential to really transform the manufacturing sector within the UK, helping to revitalize a once booming industry.information technology training Manufacturers need to adapt and embrace new digital business models that specialize in speed, quality, and customer demand, and therefore these sorts of business models would require innovative software and the latest in technological advancements for ultimate success. Additive manufacturing can inspire a replacement generation of STEM talent, who can use their skills to breathe new life into the high-tech manufacturing sector of today.

Should the UK business become paper-free?

Paper has been integral to the planet of business for many years. Whilst the bulk folks are comfortable tapping away on laptops, responding to email on our smartphones, for several people, particularly people who work ‘in the field’, a paper and pen remains de rigeur. Whether it’s completing a form on a construction site or scribbling notes for a report, employing a paper and pen at work is typical. 

Unsurprisingly, almost 15% of an organization’s revenue is spent creating, managing, and distributing paper documents. Furthermore, it's estimated that the majority of companies could reduce their printing costs by 10–30% (Cap Venture).

The alternative is in fact to ‘go digital’. For field-based workers, this suggests recording information on a mobile device via an app, which is then stored within the cloud, accessible, anywhere, anytime. For businesses, ‘going digital’ enables them to manage the business & staff online, as all activities and tasks are often viewed and managed via the online.

going ‘paper-free’ i.e. capturing everything on a mobile whilst within the field should be obvious

Considering how digitally savvy most folks are, going ‘paper-free’ i.e. capturing everything on a mobile whilst within the field, should be obvious. However, for several companies, the thought of eradicating paper all at once is perceived as costly, time-consuming and quite frankly, most businesses are immune to change. So, what are the positives? Are the advantages well worth the time and investment?

Saving time and money

The average UK small business owner spends 16 hours every week on paperwork – almost 50% of their time. By recording everything digitally, there's no time wasted re-purposing information when back within the office. With all information stored within the cloud, data are often accessed from anywhere, at any time, with no use for printing. The business can then focus its attention on actually using this information, instead of recording it. 

Increase productivity

For companies, having the ability to digitally see and manage your employees, ensures staff is as productive as possible. From an employee perspective, technology enables information to be captured more quickly and simply. 

Motivating your employees

With 55% of UK SMEs citing admin as their biggest hate (2015 Infusionsoft Small Business marketing research Sales & Marketing Report), empowering your staff with new, intuitive technology, demonstrates that they're valued by their employer and deserve investment. On a day-to-day basis, eliminating the headache of using paper, to not mention the time spent filing, will help to extend morale and productivity, also as ultimately, improving employee retention.

More secure

Security may be a real ‘buzz-word’. However, capturing important information on paper may be a legitimate and significant potential security threat. What happens if your paper files are stolen or damaged during a flood? Is your storage facility truly secure? and the way much is it costing the business to store information indefinitely? With all of your data and knowledge safely within the cloud, these risks are reduced.

Compliance and auditing 

Compliance may be a necessary ‘evil’ for the bulk of companies like health and safety, environmental, fire, and accident reports. for a few industries especially, it's an enormous burden in terms of your time and price. Going digital reduces this burden considerably, ensuring all data is stored within the cloud, instantly accessible and secure. 

Improving the accuracy

Recording important information on paper might sound easy when calling at the sector, but re-purposing this data, when you’re back at your desk, is time-consuming, mundane and may end in multiple errors. Deciphering scribbled handwriting may be a potential minefield; actually, the value of human error to businesses within the US & UK is estimated to be £24 billion (Zurich). Digitally inputting this information ensures you’re not having to re-input data back at the office. Both the employer and employee can then access and manage data, quickly and simply. 

So, going paper-free offers multiple benefits to businesses, from employee motivation through to compliance. Consumers are only getting to become even more digitally savvy and demanding a day, so for workers within the field, employing a mobile app, instead of paper is simple. For employers, having the ability to digitally manage its field-based staff is quicker, simpler, and ensures higher levels of productivity. Whilst it'd seem overwhelming to make such a seemingly significant change to your business, ultimately, becoming ‘paper-free’ will make your business more profitable. The technology landscape within the year 2025

It is easy to predict what's arising for the subsequent year but thinking further out is usually a challenge. during this blog post, I'm getting to check out advances made in 2015 which will impact us in 2025.

Quantum ComputingIBM this year announced a serious breakthrough in Quantum Computing that permits for the detection and measurement of both sorts of quantum errors simultaneously; and therefore the introduction of a square Quantum bit circuit design.

Impact in 2025

Quantum computing when put into full commercial use will leave the solving of questions that have always eluded mankind. Whilst initially the technology is going to be seen as malevolent thanks to the power to destroy current cryptology (although it solves this issue also) we'll see more general use in 2025 like how we use devices today.

Brain 2 Brain Comms

Brain to Brain communication has already had a big breakthrough in 2015 where two brains were linked for an issue and answer experiment.

Impact in 2025

Is this the beginning of the Humanification we blogged about in 2013? How will our youngsters learn in 2025? Will we see today’s education methods dismissed as archaic? Are we watching the increase of education algorithms that teach consistently with the subject’s capacity to learn? Brain to Brain communications has the potential to disrupt all learning institutions and methods, all traditional education establishments would need to reevaluate their curriculums. Information on a topic or problem-solving capacity would be instantly downloadable into the brain directly. How will this leave a measure of intelligence? An example I exploit from 2015 is that the question of should a toddler got to learn maths to a complicated degree when calculators and a plethora of devices already perform this function?

Nuclear Fusion

Nuclear technology may be a much-maligned and frowned upon the source of energy. An example being the Japan earthquake receiving 10x more attention once the Fukushima reactor was in peril .cloud technology companies fusion is best described because the harnessing of sources as powerful because of the sun. The advancement of this technology could revolutionize how we consume and manufacturer power.

Impact in 2025

The European Unions' first reactor of the sort is coming online in 2020 five years into this journey will we see alongside the utilization of Superconductors and miniaturization of systems a dramatic change in how we power our data centers, homes, and industrial units. is that the primary step towards a positive global climate change revolution?

The Robot becomes our friend? (Or does it)

It is frankly amazing once you travel or speak with people from different cultures. An example being the Japanese who have always seen robotics as an aid and friendly advancement. My personal view is that the difference in our generation has been the portrayal of Robotics. In Japan we have the friendly-looking Honda Asimo, compare Asimo to the mean-looking predator drones and destructive terminator robots we view in Western Cultures, with the destructive stereotype burned on our children’s brains by the continued growth of gaming consoles.

Impact in 2025

We have already got robotic hoovers, robotic industrial workers, and a robotic seal that comforts the elderly in japan (yes really). As AI increases we'll see the utilization of more ‘learning’ capability and automation and freedom of robotic ‘services’. Note I said ‘services’, it's my view that repetitive tasks like domestic cleaning are going to be ‘service-based’ an equivalent way we order a taxi now. By this point, drones would have become sufficiently robust and accurate to permit for home deliveries and automation of shopping services.

Q. Will robots are evil?

A. Are we talking about Robots or the synthetic intelligence that drives them? this is often the elemental question we should always ask.

Artificial Intelligence

Artificial intelligence has made significant leaps and bounds in 2015 mainly fuelled by a budget abundance of computing resources, miniaturization of devices delivering more power, and shortly the introduction of economic Quantum computing. Big data and analytics have also been significant investment growth opportunities coupled with machine learning it means 2015 has left us with the building blocks for advancement in human history like no other time since the economic revolution and electrification of industries.

robot heads the military forces of this world will always take technologies and abuse them for nefarious purposes. My view on the malevolent predictions of AI is that we've had nuclear weapons ever since 1946 and these are improved on drastically since that point, have we seen a nuclear holocaust?

In 2025 what we'll see maybe the destruction of any industry that relies on a repetitive task like accountancy or medical AI are going to be the ‘brains’ behind all our devices all of our choices all of our health services and in particular our social views. the difficulty with such a thing is that we believe everything and trust whatever is ‘on our screens’ as humans we'll get to use our comprehension to maneuver beyond ‘acceptance’ to challenging.

The question that I ponder is that this, AI, and its mechanical cousin robotics to be truly aligned to human capability requires the one thing that in this Christmas s time we all possess ‘Humanity’. Humanity, thoughts, feelings, and emotions will never be replicated until humans become a ‘hybrid’ with machines.

I believe in 2025 that we'll advance legacy technologies from 2015 like pacemakers, ingestion tablets, and other areas but won't be ready until 2035 for truth singularity by this point protections would be put in situ.

What will our homes appear as if in 2025?

The Internet of things or IoT is already starting to shape how we interact with devices around us. From devices that measure our pulse constantly and therefore the steps, we take during our day to sleep devices that measure quality and length of sleep. M2M or machine to machine, sensors that move beyond the present RFID chips to smart low power devices will leave computations and measurements in every aspect of our lives. Whilst many of those things are here today by 2025 we might have mastered the computational and algorithmic aspects to make an ideal balance.

Therefore every device we own is going to be ‘smart’ from the TV we watch to the earpiece we wear. Our interactions are going to be seamless thought-controlled and tuned to our every whim and wish by smart algorithms that run our lives.

The biggest explanation for waste and loss in any environment is that the ‘friction’ between objects. information technology colleges

 Imagine if the Japanese bullet was powered during a vacuum on magnetic rails with no friction? Our homes and device could harness this centuries-old magnetic technology to supply effortless moving of devices and heavy objects. increase this the embryonic advances in graphene and nanotubes and molecular-based engineering, could we've self-forming objects crafted and formed in minutes ahead of our eyes.

For each of our actions, there are only consequences.”

As we enter 2016 allow us to all reminisce at what has been from a technology standpoint, one among growth but still one among unfulfilled promise. Maybe in 2025 I could reminisce at this text and tease its inaccuracies, remember though when cinema was first displayed people ran out of the theatre thinking the train was getting to hit them.

Predicting the longer term isn't easy on the other hand neither is watching the past. My final quote is from British Scientist James Lovelock, an unsung national treasure.

For each of our actions, there are only consequences.”

And last but not least an enormous many thanks to the people who inspire me, the team at Compare the Cloud, Simon Porter, Ian Jeffs, Andy Johnson, Rob Davies, Matt Lovell, Doug Clark, Omer Wilson, Michael Andrew-Foote, Gordon Davey, David Fearne and Alan Baxter a lyceum teacher who forced a loud unruly dyslexic child to form circuit gateways during numerous detentions (you’re my hero).